One of the industry’s largest events, the 28th International ExpoElectronica Exhibition, is approaching. It will be held from April 14 to 16, 2026, at the Crocus Expo International Exhibition Center in Moscow. Scientific Research Institute of Electronic Technology (NIIET, part of the Element Group of Companies, MOEX: ELMT) is a regular exhibitor and will present an extensive display at the Element PJSC booth.
There is no doubt that the demonstration of test samples of the institute’s latest and highly anticipated developments will generate great interest among specialists – a series of microcontrollers based on the open RISC-V architecture, which includes: the K1921VG1T dual-core microcontroller for automated process control and industrial systems, the K1921VG3T universal energy-efficient microcontroller with motor control functions, the K1921VG5T universal microcontroller for portable systems, and the K1921VG7T microcontroller with a small number of pins for IoT and sensor devices.
The use of the RISC-V architecture enables high performance, flexibility, and energy efficiency, making these microcontrollers an optimal choice for a wide range of applications, both in large corporations and in small-scale production.
It’s important to note that development boards for these products have already been created, enabling software development, device prototyping, and evaluation of the microcontrollers’ capabilities.
Visitors will also see NIIET’s mass-produced developments, which will be presented both as standalone products and as part of end products made by partner companies:
• Si-Art LLC, Energomera LLC, and Matrix LLC selected the K1921VG015 IC as the central microcontroller for their meters, while NILSTAR LLC selected it for a payment terminal (APT). This product will be exhibited alongside breadboards—a standard, simplified version without an integrated programmer.
Chistoye Nebo LLC utilizes two NIIET chips in its developments: the 4G/LTE autopilot telemetry modem with remote identification is equipped with a K1921VG015 ultra-low-power microcontroller, while the debug board for the brushless motor speed controller uses a compact 32-bit K1946VK035 microcontroller with peripherals specialized for electric drive control. This device also serves as the central microcontroller for the DC electronic speed controller (ESC) for brushless motors manufactured by Gudron LLC.
KP9171BS high-power RF LDMOS transistors will be demonstrated as the central transistor of power amplifiers from NPP Triada-TV LLC, and continuous-mode GaN transistors PP9139A1 and PP9136A will be used as part of electronic warfare systems from Lenspetsproizvodstvo LLC and Adventory LLC.
NIIET transistors are also implemented in the institute’s own developments: anyone interested can familiarize themselves with power amplifiers for electronic warfare systems equipped with PP9138B, PP9137A, PP9136A, and PP9139B1 transistors.
Representatives of the Scientific Research Institute of Electronic Technology will also participate in the event’s business program, which includes various strategic and trend sessions, roundtables, and panel discussions covering key development areas in electronics and related industries.
On April 14, Ivan Fefilov, Advisor to the CEO, will speak at the Russian RISC-V Alliance conference with a report on “Solutions Based on the RISC-V NIIET Architecture,” covering:
• the institute’s technological advancement, enabling the development and production of a wide range of microcontrollers using RISC-V computing architectures;
• microcontrollers designed to meet the unique requirements of electronic equipment developers;
• the Design Center for the development and production of reference designs, development boards, embedded software, and software design tools;
• the technical support service established at the enterprise.
This year, ExpoElectronica is expected to attract over 800 exhibitors, cover 35,000 square meters, and attract over 20,000 professionals. We look forward to seeing you at booth #C5013, Pavilion 3, Hall 14.
